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What Are the Key Benefits of Water Filtration for Industrial Companies?

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The market for water purifiers was valued at $53.36 billion in 2016. And it's expected to increase to a staggering $110.02 billion by 2025.

With such a growing market, there is clearly an increasing need for water purification systems. But it's not just for drinking water in homes as you may think.

Ensuring a top quality of water is vital for the running of several sectors in the industry. We take a look at the benefits of water filtration in industrial companies, as well as the type of industries that rely on truly clean water.

Cost Effective

One of the biggest advantages of purified water for industrial companies is the significant cost-saving aspect. Industries that use large amounts of water can benefit from sustainable filtration solutions that will improve their water reuse efficiencies.

Not only are they reducing their operating costs through industrial water treatment, but they are also contributing to the increasingly prevalent problem of worldwide water scarcity.


Industrial companies can use wastewater filtration equipment to facilitate safe and productive practices. No matter the type of industry, certain contaminants such as scale or sediments in municipal water can damage water appliances, causing terrible corrosion in infrastructural equipment such as boilers and pipes.

Removing sediments and any other particles in water through water purification systems is vital to keep the operation of any system clean and safe. There are many negative ramifications for the business or property owner when the water supply becomes contaminated.

Examples of Water Filtration in Different Industries

Food And Beverage

Working with water that is clean and of a certain quality is critical to the food and beverage industries. Having a reliable flow of filtered water ensures not only product quality, but also consistency in the standards of products produced.

Having water purification systems is not just important, it's necessary. Using sound water purification systems such as reverse osmosis systems are used when producing certain types of beverages. For example, water pressure applied to a dilute preparation of fruit juice forces excess water through a membrane leaving behind a concentrate along with any fruit particles that may have been included.

A specific example of a food and beverage sector that dramatically benefits from industrial water treatment is the dairy industry. In dairy plants, water usage is one of the significant costs in the processing of the milk that is both a direct product and a primary raw material used to manufacture numerous dairy products.

Based on a study by the Michigan State University, it takes approximately 4.5 gallons of water to produce just one gallon of milk. And even greater volumes of wastewater are produced, up to 14 liters per 1 kg of dairy product. Wastewater is produced in various stages of dairy production operations, including cooling towers, boilers and cleaning operations, which are often covered in fats, oil, grease and suspended solids.

Industrial water treatment in the dairy industry is enabling producers to significantly reduce their external water consumption needs, saving them money and energy. Using water purification systems also ensures a continuous supply of water that will meet certain hygienic standards and regulatory requirements for wastewater treatment.


As you would expect, the quality of water for manufacturers of medicines is a critical aspect of their everyday operations. It is the most widely used substance, raw material or starting material in the production, processing, and formulation of pharmaceutical products. And if it contains contaminants, it has the potential to create serious hazards to millions of individuals' health.

Clean water of a certain quality is a prerequisite for the sterilization of containers and medical devices. In many cases, water is a direct product ingredient for medicine such as water for injection (WFI). This highly purified water is used, amongst other things, for making solutions that will be given by injection, and therefore it is paramount to contain not a single bit of bacteria.

Due to the unique chemical properties of water, it can dissolve, adsorb or suspend many different compounds. These include contaminants that could have catastrophic health concerns.

The control of the microbiological quality of water for pharmaceutical systems is highly important. Some types of microorganism can multiply in water treatment components and the storage and distribution systems and can become extremely hard to contain. It is crucial to minimize microbial contamination by installing proper water purification systems that prevent microbial proliferation.

The importance of water filtration in the pharmaceutical and healthcare industry is evident in the strict water quality regulations in place by the World Health Organization. Water for pharmaceutical (WPU) systems are likely to be the subject of regulatory inspection from time to time, and therefore constant checks on the quality of water in this industry are vital.


Concrete is the most-used construction material worldwide. And according to a study published in the journal Nature, this is having a serious impact on global water withdrawals.

According to the study, water withdrawals for the concrete industry were 9% of all industry withdrawals and amounted to 1.7% of all global water withdrawals. Concrete production is responsible for consuming an amount of water equal to the annual domestic use of 145 million residents of the United States!

The government is aware of this massive use of such an essential resource by the concrete industries. Under the Clean Water Act, the United State Environmental Protection Agency is enforcing a national stormwater compliance program. Concrete is one of three targeted industries with no indication of stopping. This initiative has recovered millions of dollars in penalties.

It is essential for the concrete industry to manage their water properly. Through professional water filtration and recycling systems, any non-compliance with such acts can be avoided.

A Valuable Resource

It's clear to see from just three different industry examples of how important water and water filtration is. Creating water that is clean and of a certain quality not only reduces operating costs and creates a greater process efficiency, but it also prevents industries from going against regulatory compliance and facing a hefty fine.

On top of these business-orientated advantages, using water purification systems is a great way for your industry to make a positive environmental impact. Protecting such a valuable, limited resource is everyone's concern. Keep on reading our blog for more water information.

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